is proud to showcase the talents of a new, fresh face to the artistic world. Krichon, an Asian artist specializing in sketch artistry, brings out the full glory of Mt. Qomolangma in his drawings.

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British mappers failed to fully research the local records when they assigned the name of the largest mountatin in the world as Mt. Everest. "Qomolangma" was actually recorded on maps as early as 1721.

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Sir George Everest, the namesake provided for Mt. Everest, was Surveyor-General of India. He was a ded- icated practitioner who meticulously ensured the preservation of local names and preferences.

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Mt. Q. Logo

The geographical history of Mt. Qomolangma is a rather violent one. The mountain range it is located in, the Himalayas, is among the youngest mountain ranges on Earth.

Its formation is a result of a continental collision (called "orogeny") along the boundary which converges between two continental plates: the Indo-Australian Plate and the Eurasian Plate. The collision began about 70 million years ago (during the Upper Cretaceous period) when the north-moving Indo-Australian Plate, moving at about 15 cm (6 inches) /year, collided with the Eurasian Plate. Within 20 million years, the speedy Indo-Australian plate had obliterated the prehistoric, sediment-filled Tethys Ocean. Since these sediments were light, they crumpled upwards into the huge Himalayan mountain range rather than sank to the mantle. The Indo-Australian plate continues to be driven horizontally below the Tibetan plateau, which forces the plateau to move upwards. The result of such geographical violence resulted in the creation of the tallest mountains in the world, of which the Himalayans alone contain all mountains with heights over 7,000 meters (22,966 feet).

Of all the Himalayan mountains, Mt. Qomolangma is the tallest. With the permanent ice cap at 3.5 meters, the conventional height of the mountain is measured at 8,848 meters (29,039 feet). A more precise measurement was conducted that involved installing a radar device on the highest point of bedrock below the surface of the ice, and used precise measurements from GPS satellites. That height was determined to be 8,844.43 meters ( 0.21 meters), or 29,017.16 feet ( 0.69 feet). The actual height is still undergoing analysis, and in fact can change periodically as continental drift raises the levels of the Himalayas even more over time, averaging one-half meter per century.